Rapid Magnetic Resonance Imaging of Displacement Wave Propagation Introduced by a Transient High Intensity Focused Ultrasound Using a Gradient Echo Sequence

Keywords

accomplished acoustic acquisition altered amplitude application bandwidth bipolar bisecting burst capture caused causing channel clearly coil concomitant contrast control conversion coronal correcting cycle degrees delay describe despite device diagnostic diameter direct directly displacement displacements distance duration duty eddy electronic elevation emanating embedded emit encode encoding energy episcopal equipped errors excitation feasibility field five focus focused force freedom full fund funded gradient gradients gyro hospital imparted impulse include increasing induced integrated intensity interface introduced lobe location maps measure measured measuring mechanical medium micron might mimicking modified motion ongoing opposing paper partially pave peak perpendicular phantom phys pixel polarities potential power prescribed programmable progressively propagating propagation properties pulse radiation radiology rapid rapidly receiving reconstructed reduced relate related relationship resolution scanner select sensitizing setup several sharp shell slice spatial speed spherical spin strength suitable superconductivity support supported surface symmetric system table temperature temporal tissue transducer transfer transient triggered ultrasound velocity view visualize visualized wave